// This isn't actually testing much, because no warning is emitted in versions
// before the fix which comes with this because the method isn't even considered
// for inlining due to the bug.
class A {
  private var debug = false
  inline private def ifelse[T](cond: => Boolean, ifPart: => T, elsePart: => T): T =
    if (cond) ifPart else elsePart

  final def bob1() = ifelse(debug, 1, 2)
  final def bob2() = if (debug) 1 else 2
}
// Cool:
//
// % ls -1 /tmp/2901/
// A$$anonfun$bob1$1.class
// A$$anonfun$bob1$2.class
// A$$anonfun$bob1$3.class
// A.class
// % ls -1 /tmp/trunk
// A.class
//
// Observations:
//
// (1) The inlined version accesses the field: the explicit one calls the accessor.
// (2) The inlined version fails to eliminate boxing.  With reference types it emits
//     an unneeded checkcast.
// (3) The private var debug is mangled to A$$debug, but after inlining it is never accessed
//     from outside of the class and doesn't need mangling.
// (4) We could forego emitting bytecode for ifelse entirely if it has been
//     inlined at all sites.
//
// Generated bytecode for the above:
//
// public final int bob1();
//   Code:
//    Stack=1, Locals=1, Args_size=1
//    0:  aload_0
//    1:  getfield  #11; //Field A$$debug:Z
//    4:  ifeq  14
//    7:  iconst_1
//    8:  invokestatic  #41; //Method scala/runtime/BoxesRunTime.boxToInteger:(I)Ljava/lang/Integer;
//    11: goto  18
//    14: iconst_2
//    15: invokestatic  #41; //Method scala/runtime/BoxesRunTime.boxToInteger:(I)Ljava/lang/Integer;
//    18: invokestatic  #45; //Method scala/runtime/BoxesRunTime.unboxToInt:(Ljava/lang/Object;)I
//    21: ireturn
//
// public final int bob2();
//   Code:
//    Stack=1, Locals=1, Args_size=1
//    0:  aload_0
//    1:  invokevirtual #48; //Method A$$debug:()Z
//    4:  ifeq  11
//    7:  iconst_1
//    8:  goto  12
//    11: iconst_2
//    12: ireturn
